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Universal New Energy Holding Group, Inc. Files Invention and Utility Patents to Accelerate Battery Innovation and Growth
Universal New Energy Holding Group, Inc. Files Invention and Utility Patents to Accelerate Battery Innovation and Growth.
About this update from Universal New Energy Holding Group, Inc.
[{"type":"text","content":"Universal New Energy Holding Group, Inc. (OTC: UNEH) (“the Company”), is pleased to announce the expansion of its intellectual property portfolio with the filing of eleven patent applications in China, comprising seven invention patents and four utility model patents. These filings underscore Universal New Energy's commitment to advancing the next-generation battery technologies and energy storage solutions, positioning the company strategically within the competitive clean-energy marketplace.The invention patents cover significant technological advancements in battery materials and electrolytes, addressing key industry challenges such as energy density, battery life, low-temperature performance, and safety. Patents include innovations such as carbon-coated and conductive polymer-coated Prussian blue cathode materials (Patent Nos. 202411457183, 202411480716.6), methods for eco-friendly synthesis of iron phosphate (No. 202411519712.4), solid-state lithium metal electrolyte films with enhanced conductivity (No. 202411777008.9), dendrite growth-inhibiting electrolytes (No. 202411800523.4), lanthanum-modified sulfide solid-state electrolytes (No. 202411824286.5), and cesium-doped lithium-aluminum solid electrolytes (No. 202411845736.9).To expand on the patents’ advantages:Carbon-coated Prussian blue cathode material (No. 202411457183): Carbon-coating significantly enhances structural stability, extending battery cycle life by 15-20% compared to traditional uncoated materials.Conductive polymer-coated Prussian blue cathode material (No. 202411480716.6): Polymer-coating increases initial discharge capacity by approximately 10-15% through sodium enrichment and improved conductivity.Eco-friendly synthesis of iron phosphate from pure iron (No. 202411519712.4): Reduces impurities by over 30%, improving product purity and consistency significantly compared to iron-salt-based methods.Highly conductive solid-state lithium metal electrolyte film (No. 202411777008.9): Provides approximately 25-30% higher ionic conductivity than current solid electrolytes, greatly enhancing battery performance,Electrolyte formulation to inhibit dendrite growth in solid-state lithium batteries (No. 202411800523.4): Achieves up to a 50% reduction in dendrite formation, significantly improving battery safety and lifespan.Lanthanum-modified sulfide solid-state...